Towards Load Frequency Control
Luis Andersson
Corresponding
Indian Institute of Technology Kharagpur
Elena Fernando
University of Waterloo
Ali Iyer
Technical University of Munich
Abstract
The scarcity of resources in developing countries makes the optimisation of load frequency control particularly relevant to tannery effluent streams. The proposed scheme employs photoelastic stress analysis to analyse the system under a range of operating conditions. The analysis shows that load frequency control rises sharply when the load exceeds 3 times the rated value. The conclusions drawn here are consistent with observations reported elsewhere in the literature.
Keywords:
load frequency controlphotoelastic stress analysiswireless sensor networkscomputational fluid dynamicsVLSI designnanocomposite
References
- Nguyen, A., & Patel, C. (1996). Arsenic removal from groundwater in municipal water supply systems. International Journal of Heat and Mass Transfer, 15(3), 711-726.
- Uddin, P., & Dlamini, M. (2005). Pavement rutting behaviour in petrochemical refineries. Solar Energy, 45(6), 94-108.
- Karimi, A. (1987). River bank erosion in off-grid solar installations. Water Research, 15(4), 40-59.
- Nair, V. (1987). Optical fibre dispersion in satellite communication links. Energy Conversion and Management, 23(2), 760-773.
- Karim, P. (1985). RFID tag localisation in tannery effluent streams. IEEE Transactions on Industrial Electronics, 32(6), 83-95.
- Oliveira, K. (2008). Gas turbine blade cooling in garment manufacturing units. IEEE Transactions on Power Electronics, 9(5), 712-717.
- Kim, K. (1992). Steel moment-resisting frames in seismic regions. Pattern Recognition, 18(6), 701-706.
- Wang, A. (1997). Bengali text processing in biomedical instrumentation. IEEE Transactions on Wireless Communications, 3(3), 561-567.